SW21-4 SW21-5 SW21-6 Source Master | Patton electronic 3060/V24

PATTON ELECTRONICS CO.

3060/V24

INSTALLATION AND OPERATIONS MANUAL

102001UA

Fallback Clock Enable (SW-23-5)

If Clock Fallback is required when the primary clock fails, set switch SW23-5 to OFF. If Fallback is not required set SW23-5 to ON. The Fallback clock rate is selected with the internal baud rate option. When the Fallback is activated the FBC LED will illuminate.

Fallback Clocking From Sub-Channel 6 (SW22-4,5,6)

To use the Sub-Channel 6 RX Clock as the Fallback clock set SW22-4, 5 and 6 to OFF. Any other position will select some internal clock rate as called out in the Internal Clock Rate selection section.

Fallback Mode Selection (SW23-6)

If Fallback is required, two modes are available via switch SW23-6. To Fallback when the transitions from the primary clock source stop, set SW23-6 to ON. To Fallback when DCD on Sub-Channel 1 becomes inactive, set SW23-6 to OFF.

NOTE: Both TX and RX Clock Source Select MUST Be Set !!!!

TX Clock Source Selection (SW21-4,5,6)

TX Clock Source is selected by switch SW21-4, 5 and 6. The following table indicates the source options provided by the 3060/V24 (CTS MD-V.24/TCB). When using the unit in Async Mode, the INTERNAL clock source must be selected.

SW21-4 SW21-5 SW21-6 Source

ON	ON	ON	Master

OFF	ON	ON	Port 1

ON	OFF	ON	Port 2

OFF	OFF	ON	Port 3

ON	ON	OFF	Port 4

OFF	ON	OFF	Port 5

ON	OFF	OFF	Port 6

OFF	OFF	OFF	Internal

TX Clock Pin Selection (SW21-7)

The primary transmit clock can be derived from either pin 15 or 24. If pin 15 is to be the source for primary TX Clock, set SW21-7 to ON. If pin 24 is to be the source for primary TX & RX Clock, set SW21-7 to OFF.

2-5	SETUP & INSTALLATION

3060/V24 specifications

The Patton Electronic 3060/V24 is a cutting-edge digital communication solution that caters specifically to the need for versatile data transmission in various environments. This device is particularly well-suited for applications in enterprises, telecommunication networks, and industrial settings, delivering robust performance and reliability.

One of the standout features of the Patton Electronic 3060/V24 is its ability to support multiple protocols, making it highly adaptable to different communication standards. This flexibility ensures seamless integration into existing networks without the need for extensive changes or overhauls. Its support for synchronous and asynchronous data communication allows for efficient data transmission and enhances compatibility with legacy systems.

The device is equipped with advanced error correction technologies, ensuring the integrity and reliability of data during transmission over various mediums, including leased lines and IP networks. The use of sophisticated coding algorithms minimizes data loss and maximizes throughput, which is essential for businesses relying on critical communications.

In terms of characteristics, the Patton Electronic 3060/V24 boasts a user-friendly interface, simplifying configuration and management. With its intuitive web interface and SNMP support, network administrators can easily monitor performance metrics and troubleshoot issues in real-time. This ease of management helps reduce downtime and improves overall operational efficiency.

Moreover, the Patton Electronic 3060/V24 is designed with scalability in mind. It can easily expand to accommodate growing network demands, making it an ideal choice for organizations planning to future-proof their communication infrastructure. The device supports both copper and fiber connections, providing enhanced options for connectivity depending on the specific requirements of the deployment environment.

Power over Ethernet (PoE) capability further enhances its utility by allowing the device to receive power through the Ethernet cable, reducing the need for additional power outlets and simplifying installation in hard-to-reach areas.

In conclusion, the Patton Electronic 3060/V24 stands out as a versatile and reliable communication device that integrates advanced technologies to meet the demands of modern networks. Its flexibility, ease of management, and robust performance make it an ideal solution for businesses seeking to enhance their communication capabilities while ensuring reliability and efficiency.